Curriculum and Syllabus M.tech.OE1

8/12/2019 Curriculum and Syllabus M.tech.OE1

1/20

Curriculum and Syllabus

for

Master of Technology

in

Optical Engineering

July 2013

Indian Institute of Space Science and Technology

Department of Space, o!t" of India

Thiru!ananthapuram, India"


2/20

COURSE STRUCTURE

Duration : 4 Semesters (Two Years)

Intake : 6 (Open) + 4 (ISRO/DoS) students / Year

Elii!ilit" : BE/B. Tech in Electronics/Electrical Engineering/Electronicsand Communication Engineering/Mechanical Engineering /Engineering Physics/Physical Sciences OR M.Sc in Physics/

Applied Physics/ Electronic Sciences/Photonics/IntegratedM.S. in Physics !ith "alid #ATE score in Electronics and

Communication/ Electrical/ Mechanical Engineering/Physics

#o Semester T$eor" %ra&ti&als 'redits

*irst 'ore Su!,e&ts - .

- Se&ond 'ore +

- Ele&ti0es +

Seminar

- 1

T$ird Ele&ti0e +

'ompre$ensi0e

2i0a +

%ro,e&t (%$ase3I)

333 .

4 *ourt$ %ro,e&t (%$ase II) 33333 1

TOTAL 70


3/20

Curriculum #or $"Tech" %ptical &ngineering

Semester I

Code Course Title ' T ( C

PH 611 Optical Engineering Fundamentals 3 0 0 3

PH 612 Opto-Mechanical Design Analsis 3 0 0 3

PH 613 Optical Fa!rication and "esting 3 0 0 3

PH 61# $asers and Optoelectronics 3 0 0 3

PH 61% Fourier Optics 3 0 0 3

PH 631 Optics and Optoelectronics $a! 0 0 3 1

PH 632 Design and Analsis $a! 0 0 3 1

Total Credit 1)

Semester II


PH 621 &uided 'a(e Optics 3 0 0 3

PH 622 Adapti(e Optics 3 0 0 3

PH 623 Optical )stem Analsis and Design 3 0 0 3

E01 Electi(e * 3 0 0 3

E02 Electi(e ** 3 0 0 3

PH 6#1 &uided 'a(e Optics $a! 0 0 3 1

PH 6#2 Adapti(e Optics $a! 0 0 3 1

PH 6+1 )eminar 0 0 0 1Total Credit 1*

Semester III


E03 Electi(e *** 3 0 0 3

PH ,+1 Proect Phase * 12

PH ,+2 .omprehensi(e /i(a 2Total Credit 1)

Semester I+


PH ,+# Proect Phase ** 1*

Total Credit 1*


4/20

'ist of &lecti!es

PH 661 Optical "hin Films )cience and "echnolog

PH 662 Optical and Electro-Optical )ensors

PH 663 *ntegrated Optics

PH 66# Optical .ommunication

PH 66+ Ad(anced Optoelectronics

PH 666 )tatistical and uantum Optics

PH 66, onlinear Optics

PH 66 MEM) and MOEM)

PH 66% $aser Applications

PH 6,0 uantum Optical .ommunication

PH 6,1 Atomic and Molecular )pectroscop

PH 6,2 ano Optics


5/20

Detailed Syllabus


6/20

S&$&ST& - I

(. /11 %ptical &ngineering #undamentals

Optical ield4 interaction !et5een light and matter !asic concept o relection 7specular and diuse84

reraction4 transmission4 a!sorption and scattering4 spec9le and its applications4 coherence: temporal

and spatial4 (an .ittert-;erni9e theorem and its applications4 polaritension to polariis holograph4 reection4 5hite light4 rain!o5 and guided 5a(e

holograms4 polariample? Optical coherence tomograph4

'a(eront reco(er rom intensit measurements4 Phase pro!lem o optics4 Diuse optical tomograph?

)nthetic aperture radar construction and application? $*DAC4 Optical microscop: @right ield4 dar9 ield4

phase contrast microscop4 conocal microscopes? *mpro(ement o resolution using near-ield optics4Fourier transorms spectroscop4 Fourier ringe analsis techniue Partial polari !orn Emil 'ol -pergaman process

3? Applied Optics and Optical Design Co!ert C?)hannon F?.?'ant

Academic process?

#? G$ens design Fundamentals G Cudol ing4 Academic Process

+? GFocal regions propagation4 diraction and ocusing o light4 sound and 5ater 5a(es =? =a9o!4

"alor Francis+? G)pec9le phenomena in optics =? '? &oodman4 Co!ert .ompan 200,

6? GPolari


7/20

eference

1? Principles o FEM ! $ogan

2? Fundamentals o Opto-mechanical Design Paul Iodder

3? A5ard !oo9 o optical Design Annes Ahmed

#? )P*E /ol? 1+30 ?Edited ! Annes Ahmed

+? *ntegrated Opto-mechanical Analsis ! /ictor &en!ung6? Optical Engineering ! ingsla9e /ol? */4 /ol? B*

,? Opto-mechanical )stems Design4 @ Paul C? Ioder4 Pu!lished ! .C. Press4 2006

(. /13 %ptical #abrication and Testing

# $ectures *ntroduction

Optical materials: &lasses4 *C materials4 Optical4 mechanical and thermal properties o optical materials4

Fa!rication o lenses4 mirrors and lats: spherical cur(e generation4 polishing and iguring o G.ur(ed

)uraces o glass materials4 Aspheric surace polishingJiguring4 Polishing and iguring o *C materials:&e4 ;n)e and ;ns4 Ad(anced computer controlled polishing: "echniues4 MCF polishing4 *on polishing4

Micro-optics a!rication techniues4 $arge Mirrors a!rication techniues4

"esting o lens components : Measurement o parameters: ocal length4 reracti(e inde>4 dispersion

parameters? )urace error measurements ! contact techniues4 "esting o mirror components4

Principles o intererometr contactJnon-contact modes4 Dierent intererometric techniues? "esting o

lenses and Mirrors4 intererometers: "5man-&reen4 Fie


8/20

(. /15'asers and %ptoelectronics

uantum "heor o Atomic Energ $e(els Cadiati(e and onradiati(e deca o e>cited state atoms

Emission @roadening and line5idth Cadiation and "hermal euili!rium .onditions or laser action

$aser Oscillation a!o(e threshold - $aser Ampliiers Ceuirements or o!taining population in(ersion

Cate Euations or three and our le(el sstems $aser pumping reuirements $aser .a(it modes )ta!le resonators &aussian !eams- )pecial $aser .a(ities -s5itching and Mode loc9ing

&eneration o ultra ast Optical pulses- Pulse compression

Atomic &as $asers He-e4 Argon ion4 He-.d K Molecular &as $asers .O24 E>cimer4 itrogenKB-Ca

Plasma $aser K Free-Electron $aser K Organic De lasers K )olid-state lasers Cu!4 d:IA&4

Ale>andrite4 "i:)apphire

Electronic and Optical properties o semiconductors- electron-hole pair ormation4 P =unction4

diusion4 inection eicienc4 uantum eicienc4 homounction and heterounction4 E>citation

a!sorption4 donor-acceptor and impurit !and a!sorption4 $ED4 )emiconductor lasers4 Heterounction

$asers4 uantum 5ell lasers4 /.)E$4 DF@ and D@C $asers

Detection o Optical radiations @asic Principle4 "hermal detectors4 Photo multipliers4 photoconducti(e

detectors4 Photo diodes4 A(alanche photodiodes4 ..Ds4 *mage *ntensiiers4 Arras4 )olar .ells4 noise

considerations

Optoelectronic Modulators @asic principle4 @ireringence4 Optical Acti(it4 EO4 AO and MO Eects and

modulators

eferences4

$aser Fundamentals '?"? )il(ast4 )econd Edition4 .am!ridge Lni(ersit Press4 200#

- Principles o $asers O? )(elto4 Fourth edition4 )pringer4 1%%

Photonics: Optical Electronics in Modern .ommunications A? Iari( and P? Ieh4 )i>th Edition4

O>ord Lni(ersit Press4 200,

4 )emiconductor Optoelectronic de(ices Palla! @hattachara4 Prentice Hall o *ndia4 1%%+

)emiconductor Optoelectronics =asprit )ingh4 "ata Mc &ra5 Hill4 1%%+

6 Optoelectronics - an *ntroduction 'ilson and Ha59es4 Prentice Hall4 1%%

(. /16 #ourier %ptics

*ntroduction to linear (ector spaces4 !ases and dimension4 inner product4 orthogonalit4 Fourier series4

orthogonal polnomials4 .auch )ch5art< ineualit4 eigen(alues4 eigen(ectors4 Hermitian operators4

unitar operators4 discrete Fourier transorm?

$inear sstem theor and Fourier transormation? Properties o Fourier transorm4

Fourier transorm theorems4 some useul Fourier transorm pairs4 the delta unction4 circular smmetr

and Fourier-@essel transorms? &eneral aspects o linear sstems4 Fourier transormation and spatial

reuenc spectrum4 $inear space in(ariant and space (ariant sstems? )ampling theor)hannon-

'hitta9er sampling theorem?


9/20

*ntroduction to diractiongeneral aspects? Fraunhoer and Fresnel diraction? )calar diraction theor4

Helmholt< euation and &reens theorem approach to Fresnel and Fraunhoer diraction4 the Hugens

principle? Fourier transorm in Fraunhoer diraction? E>amples o Fraunhoer diraction such as

Cectangular aperture4 .ircular aperture4 )inusoidal phase grating4 sinusoidal amplitude grating4 etc?

Fresnel transorm4 Fresnel diraction such as suare aperture4 sinusoidal amplitude grating4 etc? Fresnel

propagation o a laser !eam? )el imaging4 $au and "al!ot eects4 Fractional Fourier transorm?

'a(e optics analsis o coherent optical sstems? "hin lens as a phase transormation4the para>ial

appro>imation4 Fourier transorm properties o lenses? *mage ormation in monochromatic illumination?

Diractionlimited coherent imaging? Fresnel


10/20

S&$&ST& - II

(. /21uided 7a!e %ptics

@asic characteristic o Optical Fi!er 'a(eguides Ca theor- Acceptance angle4 umerical aperture4s9e5 ras - Electromagnetic Modes in Planar 5a(eguides and .lindrical 'a(eguides4 &oos-Haenchen

shit - )tep inde> and &raded inde> Fi!ers- )ingle Mode and multimode i!ers

Dispersion in single mode i!ers- dispersion induced limitations- dispersion management4 Fi!er losses-

attenuation coeicient4 onlinear optical eects-)C)4 )@)4 )PM - modal !ireringence and polari proile4 numerical aperture pulse

dispersion and !and5idth4 cuto 5a(elength4 !ending loss4 mode ield diameter !ireringence

measurements4 O"DC

.oupled mode theor and applications- coupling euations4 degenerate and non-degenerate mode

coupling4 coupling !et5een optical source to 5a(eguide4 i!er to i!er oints4 i!er splicing4 optical i!er

connector !et5een 5a(eguides

Optical Fi!er Ampliiers- Optical ampliication4 Er!ium doped Fi!er Ampliier4 Fi!er Caman Ampliier4

'ide !and ampliiers? Optical integrated circuits?

eferences4

*ntroduction to Fi!er Optics4 &hata9 and "hagaraan4 .am!ridge Lni(ersit Press 7200%8

- Foundations or &uided 5a(e Optics4 .hin-$in .hen4 =ohn 'ile and )ons 7200,8

Optical Fi!er .ommunications4 &erd eiser4 Fourth Edition4 "ata Mc&ra5 Hill 72008

4 Optical Fi!er communications4 = M )enior4 Prentice Hall o *ndia 71%%#8

Fundamentals o Optoelectronics4 . C Polloc94 *r5in *nc?4 71%%+8

6 Fi!er Optic communications sstems4 & P Agra5al4 "hird Edition4 'ile *nterscience 720028

. *ntegrated Optics-"heor and "echnolog4 C & Hunsperger4 )i>th edition4 )pringer 7200%8

1 Photonics-Optical Electronics in Modern communications4 A Iari( and P Ieh4 )i>th edition4

O>ord Lni(ersit Press 7200,8


11/20

(. /22 dapti!e %ptics

# lectures on introduction to adapti(e optics

Atmospheric tur!ulence source o tur!ulence: ree atmosphere4 mirror seeing4 dome seeing4 !oundar

laer? Cole o el(in-Helmolt< insta!ilit? olmogoro( model o tur!ulance? Outer scale and inner scale4Cenolds num!er?

Optical eects o tur!ulencederi(ation o: structure unctions4 co(ariance unction4 spatial coherence

unction4 optical transer unction4 eect o tur!ulence on spatial coherence unction4 eect o spatial

coherence unction on telescope resolution4 deri(ation o ried parameter4 isoplanatic angle4 iso9inetic

angle4 gree5ood reuenc4 angle o arri(al luctuations and tip-tilt?

Adapti(e Optical sstems : phase conugation4 con(entional and uncon(entional adapti(e optics4

5a(eront sampling4 'a(e ront )ensing: Acti(e and Adapti(e Optics- *ntererometeric techniues or

5a(e ront sensing4 Hartmann4 5a(eront sensors? *ndirect 5a(e ront sensing methods

'a(eront correction: "est correction4 multi-channel correction4 segmented mirrors 7MMDM8 7)DM8?

Deormation mirrors4 @i-morphic corrections4 mem!rane mirrors4 Actuator deorma!le mirrors4 Cecent

ad(ances in deorma!le mirrors4 Acti(e optics: $arge correcting optics4 segmented mirrors

.ontrol sstems Principles o eed!ac9 control4 implementation aspects to AO applications

*mplementation aspects - ground !ased sstem 7ec9 telescope8 and space !ased sstem 7=ames 'e!!

telescope84 AO sstems or uture ne>t generation astronomical telescopes?

eferences

1? Principles o Adapti(e Optics4 Co!ert "son4 )econd Edition4 Academic Press

2? )elected papers o adapti(e optics or atmospheric compensation ! =ames E Pearson )P*E

proceedings-%2 1%%#

3? Adapti(e optics or Astronomical telescope ! =ohn '? Hard 7O>ord Lni(ersit press4 1%%8

#? *ntroduction to Adapti(e Optics ! Co!ert "son4 technical tutorial #1 7)P*E press 20008

+? Adapti(e Optics in astronom ! Francois Coddier 7.am!ridge Lni(ersit Press 1%%%8

6? Field guide to Adapti(e Optics ! Co!ert "son and @enamin ' Fraial propagation o light?


12/20

.lassiication o lens sstems? Ceracti(e sstems- coo9es triplet4 &atelecentric sstem4 telephoto

sstem4 -theta lens 7ish ee lens8 Celecti(e sstems single mirror telescope4 t5o mirror telescope

&reogrian4 dall-9ir9ham4 marsenne4 cassegrain4 C-. telescope4 three mirror aspheric sstem : uno!scured

sstem4 o!scured sstem?

eferences Principles o .omputeri


13/20

&lecti!es

(. //1 %ptical Thin #ilms Science and Technology

Propagation o electro-magnetic in stratiied dielectric medium4 Fresnel euations

Optical properties o materials4 metals4 semiconductors and dielectrics4 optical glass materials in the

(isi!le and near inrared region4 *C optical materials4 Multilaer thin ilm optics4 Antirelection coatings4

@and pass optical ilters4 edge ilters4 dichroics4 Design Optimi


14/20


15/20

)ingle mode i!ers4 pulse dispersion in single mode i!ers4 strip and channel 5a(e guides4 anisotropic

5a(eguides4 segmented 5a(eguide4 electro-optic and acousto optic 5a(eguide de(ices4 directional

couplers4 optical s5itch phase and amplitude modulators4 ilters etc4 I unction4 po5er splitters4 arraed

5a(eguide de(ices4 i!er pigtailing4 a!rication and integrated optical 5a(eguides and de(ices4

5a(eguide characterith edition4 )pringer 7200%8

2? Optical 'a(eguide "heor4 A ' )nder and = D $o(e4 .hapman Hall4 $ondon 71%38

(. //5 %ptical Communication

*ntroduction to inormation theor- )hannon noiseless coding theorem and )hannon nois coding

theorem

*ntroduction to optical communication: O(er(ie5 o &eneral communication4 ad(antage o optical

communication4 re(ie5 o optical i!re and its propagation characteristics4 signal attenuation in i!re4

dispersion4 classiication and eect o dispersion in inormation transer4 re(ie5 o i!re connectors4

couplers4 optical ilter4 isolator4 circulator and attenuator?

Aspects o design o optical communication: optical i!re sstems4 modulation schemes4 Digital and

analog i!re communication sstem4 sstem design consideration4 emitter and detector design4 i!re

choice4 connectors4 (arious ampliiers and its characteristics

Optical transmitter: @asic concepts4 characteristics o semiconductor inection $A)EC4 $ED4 transmitter

design

Optical Cecei(er:@asic concepts4 P-n and Pin photo detectors4 A(alanche photo detectors4 M)M photo

detector4 recei(er design4 recei(er noise4 recei(er sensiti(it4 optical ampliier and its applications

.oherent communication: @asic concept4 detection principles4 practical considerations4 modulation and

demodulation schemes4 heterodne and homodne detection4 single and multicarrier sstems4 DP)

ield demonstrated sstem4 multicarrier and net5or9

*ntroduction to Ad(ance optical communication:

'a(elength di(ision multiple>ing 7'DM8: multiple>ing techniues4 topologies and architectures4

5a(elength shiting and re(erse4 s5itching 'DM demultiple>er4 optical addJdrop multiple>ers?

Dense 5a(elength di(ision multiple>ing 7D'DM8: sstem considerations4 multiple>ers and

demultiple>ers

Fi!er ampliier or D'DM4 )OE"J)DH transmission4 modulation ormats4 C; and C; signalling4 DP)

sstem modeling?

eferences

1? .ommunication sstem - @?P $athi

2? Optical i!er communications: Principles and practice- =ohn M? )enior-Prentice Hall o *ndia

3? Optical communication sstems-=ohn &ro5er- Prentice Hall o *ndia

#? Optical i!er communications- &erd eiser-Mc&ra5 Hill4 3 ed?

+? on-linear optics &?P Agar5al- Academic Press


16/20

6? 'DM optical net5or9s: concepts4 design and algorithms- .?)i(aram murth and Mohan

&urusam- Prentice Hall o *ndia4 2002

,? Lnderstanding )OE"J)D" and A"M communication net5or9 or ne>t millenium- )tamatios /

artalopoulos- Prentice Hall o *ndia4 2000

? Elements o *normation theor4 " M .o(er and = A "homas4 'ile4 2006

(. //6 d!anced %ptoelectronics

Ce(ie5 o )emiconductor de(ice Phsics4 )emiconductor Opto electronics- )olid )tate Materials4

Emitters4 Detectors and Ampliiers4 )emiconductor Emitters- $EDs4 Diodes4 )$Ds4 ..Ds4 )emiconductor

lasers- !asic )tructure4 theor and de(ice characteristics4 DF@4 D@C4 uantum 5ell lasers 4$aser diode

arras4 /.)E$ etc? )emiconductor photo detectors:Materials - )i4 Hg .d "e4 *n&a As4 Al &a As4 &a etc or

dierent 5a(elengths

Detectors :Photoconductors4 photo diodes4 P* 4 APD 4Photo transistors4 solar cells4 ..Ds4 *C and L/

detectors

@and gap Engineering4 uantum 5ell structures4 si


17/20

(. /// Statistical and 8uantum %ptics

*ntroduction to pro!a!ilit theor4 properties o pro!a!ilities4 random (aria!es and pro!a!ilit

distri!ution4 generating unctions4 e>amples o pro!a!ilit distri!utions4 &aussian pro!a!ilit

distri!ution4 central limit theorem4 multi(ariate &aussian distri!ution? Candom processes4 statistical

ensem!les4 stationarit and ergodicit4 properties o autocorrelation unction4 spectral properties ostationar random processes4 orthogonal representation o a random process4 'iener hinchine

theorem4 arhunen$oe(e e>pansion?

)econd order coherence theor o scalar 5a(e ields4 temporal coherence4 spatial coherence4 the la5s o

intererence4 the mutual coherence unction and the comple> degree o coherence4 cross spectral

densit4 partial coherence and spectral degree o coherence4 'igner unction4 propagation o cross

spectral densit and mutual coherence in ree space4 the (an .ittert;erni9e theorem and its application

in stellar intererometr?

Elementar theor o polariamples?

Field correlation unctions4 properties o correlation unctions4 correlation unctions and optical

coherence? Photon correlation measurements4 photon counting measurements4 *ntensit intensit

correlation g27Q8? "he uantum mechanical !eam-splitter4 the uantum mechanical ampliier? "5o-mode

sueeord uni(ersit press4 2000? 7units #4 +4 and 68?


18/20

(. //) 9on'inear %ptics

onlinear optical suscepti!ilit4 5a(e euation description o nonlinear optical interactions - )um

reuenc generation4 Dierence reuenc generation4 )econd Harmonic generation4 Phase matching

condition4 Optical parametric Oscillators4 uantum mechanical theor o nonlinear optical suscepti!ilit-)chrodinger euation calculation4 densit matri> calculation? )pontaneous light scattering and

acoustooptics4 )timulated @rillouin )cattering4 )timulated Caleigh )cattering4 )timulated Caman

)cattering4 )econd harmonic generation4 parametric processes4 3rd order nonlinear optics4 err tpe

nonlinearities4 #-5a(e mi>ing4 sel ocusing collapse4 optical !rea9do5n4 t5o !eam coupling4

electrooptics and photoreracti(e eects4 opticall induced damage and multiphoton a!sorption4

Lltraast and intense ield nonlinear optics and optical solitons?

eference oos

onlinear optics4 second Edition4 Co!ert ' @od4 Academic Press 720038

- Photonics-Optical Electronics in Modern communications4 A Iari( and P Ieh4 )i>th edition4

O>ord Lni(ersit Press 7200,8

"he Principles o nonlinear Optics4 I C )hen4 'ile-*nterscience4 1%%1

4 Hand!oo9 o onlinear Optics4 C $ )utherland4 Marcel De99er4 1%%6

(. //* $&$S and $%&$S

*ntroduction : Fourier Optics4 Holograph4 Optical thin ilms and periodical structures @ragg gratings4

photonic crstals4 &aussian !eam propagation4 ultra ast lasers4 Fundamentals o onlinear Optics4uantum optics?

MEM): *ntroduction applications4 )u!strates: uart-ra !eams? Etching and micro machining? 'et and dr

etching4 deep reacti(e ion etching? Pac9aging and !onding4 micro-assem!l? Celia!ilit studies in

pac9aging?

MEM) de(ices or applications such as in aerospace4 !iomedical and process

industires?

MOEM) : MOEM o(er(ie54 MOEM scanners4 MOEM technolog and applications to telecom4 .MO)

compati!le MOEM)4 optics speciic issues or MOEM)4 micro-optics4 automation and sensing4 shape

memor actuators4 pie


19/20

Marc Madou4 Fundamentals o micro a!rication .C. press 71%%,8?

2? Cistic 7Ed8 )ensor "echnolog De(ices4Artech House Pu!lications 71%%#8?

3? MOEM)4 )P*E Press4 L)A

(. //: 'aser pplications

$aser or detection and ranging- $*DAC applications-Doppler 5ind $*DAC4 Dierential A!sorption $*DAC

or 5ater (apor monitoring? $aser application in material processing esp? .O24 IA& 4 E>cimer4Cu!

lasers-Nmaterial processing4 .utting4 'elding4 drilling4 micro machining *nteration o laser radiation

5ith matter4 Heat Flo5 "heor4 Process characteristics etc? $aser anemometr4 )chlieren "echniues or

5ind tunnels4 Holograph etc $asers or metrolog *ntererometer or surace characteri


20/20

(aria!les? Densit operators and super operators4 idelit4 entrop4 inormation and entanglement

measures4 correlation unctions and intererence o light4 photon correlation measurements? Photon

sources and detectors: Mathematical model o photodetectors4 phsical implementations o

photodetectors4 single-photon sources4 entangled photon sources4 uantum non-demolition photon

detectors? uantum communication 5ith single photons: photons as inormation carriers4 uantum

teleportation and entanglement s5apping4 decoherence-ree su!spaces or communication4 uantum

crptograph? uantum computation 5ith single photons? uantum communication 5ith continuous

(aria!les: phase space in uantum optics4 continuous-(aria!le entanglement4 teleportation and

entanglement s5apping4 entanglement distillation4 uantum crptograph? uantum computation 5ith

continuous (aria!les? An ensem!le o identical t5o-le(el atoms4 electromagneticall induced

transparenc4 uantum memories and uantum repeaters4 the atomic ensem!le o a single u!it4

photon-photon interactions (ia atomic ensem!les4 )olid-state uantum inormation carriers: Deinition

and optical manipulation o solid-state u!its4 interactions in solid-state u!it sstems4 entangling t5o-

u!it operations4 scala!ilit o solid-state de(ices?

eferences4

1.P? o9 and @? '? $o(ett4 *ntroduction to Optical uantum *normation Processing4 .am!ridgeuni(ersit press?

2. $? Mandel4 and E? 'ol? Optical .oherence and uantum Optics4.am!ridge Lni(ersit Press?

3. '? H? $ouisell4 uantum )tatistical Properties o Cadiation4Mc&ra5-Hill?

#? D? @ou5meester4 A? ? E9ert4 and A? ;eilinger4 eds? "he Phsics o uantum *normation4 )pringer

(. /)1 9ano %ptics

"heoretical Foundations: Macroscopic electrodnamics4 5a(e euations4 time harmonic ields4 Dadic

&reens unction4 E(anescent ields? Propagation and ocusing o optical ields ield operators4 para>ial

appro>imation o optical ields4 polaripansion4 radiating electric

dipole4 spontaneous deca4 delocalicitations4 uantum emitters4 dipole emission near planar

interaces4 $ight in periodic structures: Photonic crstals and resonators4 )urace plasmons? Meta

materials?

eferences

1? Principles o ano-optics4 $ o(otn and @ Hecht4 .am!ridge Lni(ersit Press 720068

2? *ntroduction to anophotonics4 ) / &aponen9o4 .am!ridge Lni(ersit Press 720108

3? anophotonics4 H Cigneault7Ed?84 *)"E 720068

#? Principles o nanophotonics4 Motoichi Ohtsu4 .C. Press4 72008
http://www.amazon.com/exec/obidos/ASIN/0521417112/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0521417112/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0471547859/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0471547859/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/3540667784/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0521417112/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/0471547859/ref=nosim/mitopencourse-20http://www.amazon.com/exec/obidos/ASIN/3540667784/ref=nosim/mitopencourse-20

Curriculum and Syllabus M.tech.OE1

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